![Useful Genetics](/img/default-banner.jpg)
- 301
- 1 244 448
Useful Genetics
Canada
Приєднався 20 січ 2014
These are the lecture videos from the free online courses Useful Genetics Part 1 and Part 2. Useful Genetics was initially offered through Coursera, and then through edX. The edX course is now 'archived', and the course materials are only available to already-registered students. The videos are also used by University of British Columbia students in the for-credit course Genetics for Life (BIOL 233).
Here I'm providing copies of all the lecture videos from the course. Other course materials, including all the quiz questions, are available on the Useful Genetics website (www.usefulgenetics.com)
The lectures are organized in 6 Modules for Part 1 and 5 for Part 2, each consisting of 12-16 short videos.
Here I'm providing copies of all the lecture videos from the course. Other course materials, including all the quiz questions, are available on the Useful Genetics website (www.usefulgenetics.com)
The lectures are organized in 6 Modules for Part 1 and 5 for Part 2, each consisting of 12-16 short videos.
Відео
The Facts of Life: Meiosis
Переглядів 1,7 тис.2 роки тому
The Facts of Life: Meiosis. Candymation animation explaining how and why meiosis works the way it does. Created by Pam Kalas, Rosie Redfield and Jolie Mayer-Smith (all of the University of British Columbia) for our Useful Genetics site. Other instructional materials, including a mitosis animation and detailed Guides for Instructors, are available at www.usefulgenetics.com/mitosis-and-meiosis-re...
Meiosis Movie 2022 no music
Переглядів 3852 роки тому
This is a pre-release version of the meiosis movie. Background music has still to be added, and we may make minor changes to timings.
The Facts of Life: Mitosis
Переглядів 2,3 тис.2 роки тому
Candymation animation explaining how and why mitosis works the way it does. Created by Pam Kalas, Rosie Redfield and Jolie Mayer-Smith (all of the University of British Columbia) for our Useful Genetics site. Other instructional materials, including a meiosis animation and detailed Guides for Instructors, are available at www.usefulgenetics.com/mitosis-and-meiosis-resources.
About Useful Genetics
Переглядів 2 тис.5 років тому
This channel offers all the lecture videos from the (now archived) Useful Genetics MOOCs. The lectures are organized into 11 module playlists (6 for Part 1 and 5 for Part 2); each module has 12-16 short videos. Other course materials, including all the quiz questions, are available on the Useful Genetics website (www.usefulgenetics.com (use the tiny link at the bottom right of the banner at the...
11K - Gene editing using CRISPR/Cas9
Переглядів 6 тис.8 років тому
11K - Gene editing using CRISPR/Cas9
2F - Mutations in other functional sequences
Переглядів 2,1 тис.8 років тому
2F - Mutations in other functional sequences
10F - Aneuploidy for sex chromosomes
Переглядів 2 тис.8 років тому
10F - Aneuploidy for sex chromosomes
10I - Consequences of chromosome rearrangements for chromosome function
Переглядів 1,1 тис.8 років тому
10I - Consequences of chromosome rearrangements for chromosome function
10H - Causes of chromosome rearrangements II
Переглядів 1,1 тис.8 років тому
10H - Causes of chromosome rearrangements II
Am so fortunate enough to listen to this video of yours...after 8 years of yourpost
the best explanation
Thanks for lecture. I wish my lecturers would provide lectures in such a structured and straightforward way.
What about people that have a spiritual connection with their ancestry would it differ from those that are not as spiritually connected. For example 9 ether beans or black people have higher number structure and a different molecular structure then others and also are known for being the most spiritual people. So to say that everyone doesn't reach back to I guess those 32 ancestors could vary based on the spiritual belief.❤ I love the information by the way.
There are exceptions to the "every cell in the body contains the same two sets of genes" idea. Red Blood Cells lose their nucleus, so they have no genes or chromosomes. Lymphocytes automatically mutate and eliminate a few specific genes in order to make antibodies and T-cell receptors that match all the diseases possible. Some heart cells have more than 2 sets of genes and chromosomes.
Thank you ma'am... Can yuo please explain about chromosomal polymorphism in evolution. In population genetics
woww amazing explanation
This video is godsend. Thank you so much. I've been struggling with this so much.
explain about Haplotype and Haplogrup in Y cromosome too, please 🙏👍👍👍👍
Ohmygod!! You are an amazing teacher!! Please don't stop sharing videos
❤
Thank you so much. Greeting from Peru!!! Very usefull video :')
I love this channel ❤️
Really amazing ...thanks alot I'm an Iranian student and i often ask questions that i can't find the answers in Persian so i search them in English and find very good and complete answer to them... thank u ;)
Relaxing watch before my BIOL 234 midterm
how 400
thank you so much professor
Thanks Proffessor. This demonstration helped a lot.
Now I feel that I do have an understanding of how it all happens. Thank you !
Thank you so much 😭😭😭 you explained this so much better than my professor 😭😭😭😭😭 you are a true blessing❤❤❤❤
dear professor. firstly, i am really grateful for your videos. secondly, can you please explain to me why the child of the first cousins (who have 12.5% identical segments) will have only 3.125% homozygous alleles? i really can't understand it. my lack of understanding leads me to think that the child will have 6.25% homozygous alleles. because the cousins married each other, so we will expect that each would contribute half of these segments, and we will expect that half of the segments that each of them contributed will be identical. let me give you a similar example, let's assume brother and sister (who have 50% identical segments) have a child, we will expect the child to be homozygous for 25% of alleles and not for 12.5% only.
stuck in the middle of being super confused and understanding the work, but great video overall !!!!
how to enroll for your courses please guide.
Bonferroni
Also, is that "All shook up" I'm hearing? Lol
If I were a teacher, I'd definitely use your videos in my classes.
Thank you very much, had a hard time wrapping my head around it but you helped immensely.
this video is amazing, I have finally understood it. Thank you so much!!
A perfect explanation
Thank you so much for coming back from a big pause. I think now is the time to put things into practice. JWAS analysis and many others.
GWAS, my favorite
Yay
thanks a lot
Thankd a lot
Very nice lecture! Really appreciate your clear explanations of all these concepts!
I love your videos so much! Thank you for your contribution :)
very informative...thank you madam ♥
Wonderful, thank you!
Thank you so much for this clearly explanations!!!
vous etes tres sympathique. un grand merci a vous
How was the number 256 gotten?
2:30 well, I did not get the comment about ‘partial recessiveness’ here. What does the stop gene do in the embryonic cells? What is a wild type of the stop gene in the embryonic and adult cells?
7:00 Do we have 3 billion sequences or 3 billion DNA base pairs? I believe the number of sequences is less than the numbers of base pairs in a haploid human genome.
6:32 In the diagram the antisense RNA is labelled as an antisense DNA.
When two different genomes (1&2) are being compared in the lecture, do the homozygotes are implied?
I hope you never stop to teach like that. You are my inspiration.
You are great mam.
Thank you so much. Explained it in detailed manner. Understood it completely. Grateful to you.
How is the plot at 4:10 constructed? Purely using "empirical statistics"? Many thanks.
I confess that I can't remember. It has data points, so I think I took it from some expert analysis.
@@UsefulGenetics gotta love those experts ;-) I guess it could be done analytically, but simulation would be easier for someone like me. Thanks for the reply!
very interesting lessons
Very interesting videos. She is really a great scientist.